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    • 2. 发明申请
    • Winding device for a textile machine that produces cheeses
    • 用于生产奶酪的纺织机的卷绕装置
    • US20020020779A1
    • 2002-02-21
    • US09932147
    • 2001-08-17
    • Detlev TrimbornChristian SturmPeter Schwartz
    • B65H018/04B65H054/40B65H075/18
    • B65H54/2827B65H54/44B65H54/553B65H54/74B65H2701/31
    • A winding device (24) for a textile machine (1) producing cheeses has a creel (18) for holding a cheese (11) between tube receiving plates (38, 38null), a yarn traversing device (28) comprising a separate drive (31), and a speed-regulatable drive device (27) integrated in the creel (18) to move in a bearing housing (23) of the creel (18) and connected to one of the tube receiving plates (38, 38null). The drive device (27) can be loaded with a braking current which produces a moment opposite the direction of rotation (SR) of the cheese (11), for braking the cheese (11). The drive device (27) is arranged in a sliding sleeve (35) that can be loaded pneumatically against the displacement force of spring elements (43) to move one of the tube receiving plates (38) outwardly as needed in a creel opening direction.
    • 用于制造奶酪的纺织机(1)的卷绕装置(24)具有用于在管接收板(38,38')之间保持干酪(11)的纱架(18),包括单独驱动器的纱线横动装置(28) (18)的轴承壳体(23)中并且连接到管接收板(38,38')中的一个上, )。 驱动装置(27)可以装载产生与奶酪(11)的旋转方向(SR)相反的力矩的制动电流,以制动奶酪(11)。 驱动装置(27)布置在滑动套筒(35)中,该滑动套筒可以抵抗弹簧元件(43)的移动力而被气动地加载,以在筒架打开方向上根据需要向外移动管接收板(38)中的一个。
    • 3. 发明申请
    • Ink film holding device and ink film reel
    • 墨膜保持装置和墨膜卷轴
    • US20030047635A1
    • 2003-03-13
    • US10011289
    • 2001-12-11
    • Jun HiraokaTakashi Suda
    • B65H023/06B65H018/04B65H016/06
    • B41J17/32
    • A first supporting member is mounted detachably to one axial end of a supply reel around which an ink film is wound. The first supporting member has a rotating portion generating a braking force to rotation. A second supporting member is mounted detachably to the other axial end of the supply reel, and rotatably supports the other axial end of the supply reel. A winding reel winds up the ink film guided to it from the supply reel. A third supporting member is mounted detachably to one axial end of the winding reel and is rotated in a predetermined winding direction. A fourth supporting member is mounted detachably to the other axial end of the winding reel and rotatably supports the other axial end of the winding reel. The first and third supporting members are detachably supported by a first side plate, and the second and fourth supporting member and fastened to a second side plate.
    • 第一支撑构件可拆卸地安装在卷绕有墨膜的供带盘的一个轴向端。 第一支撑构件具有产生旋转的制动力的旋转部。 第二支撑构件可拆卸地安装到供给卷轴的另一轴向端部,并且可旋转地支撑供给卷轴的另一轴向端。 卷绕的卷轴卷起从供带盘引导到其上的墨膜。 第三支撑构件可拆卸地安装到卷绕卷轴的一个轴向端部并且沿预定的卷绕方向旋转。 第四支撑构件可拆卸地安装到卷绕卷轴的另一个轴向端部并且可旋转地支撑卷绕卷轴的另一轴向端。 第一和第三支撑构件由第一侧板和第二和第四支撑构件可拆卸地支撑并紧固到第二侧板。
    • 4. 发明申请
    • Keyed hub and core for ribbon supply
    • 丝带供应的关键中心和核心
    • US20010042810A1
    • 2001-11-22
    • US09855906
    • 2001-05-15
    • Christopher R. ChristensenJimmy L. ClemansKenneth ColonelMark A. Hitz
    • B65H018/04B65H075/10B65H075/30
    • B65H75/08B65H75/10B65H75/30B65H2402/61
    • A core/hub assembly for a printing device that provides for easy alignment and insertion, and maintains a secure interface to prevent slippage of the core during printer operation, is disclosed. A hub includes keys mounted at a proximal end which serve to transmit torque when engaged with a core. The hub further includes splines configured to be received within a core and provide longitudinal support thereto. A core includes a plurality of longitudinally extending ribs that cooperate to form channels configured to receive the splines of the hub. A portion of the ribs include compliant radially oriented leaf springs which center the core on the hub and provide a physical fit of the core on the hub by engaging the keys at the proximal end of the core when properly inserted therein.
    • 公开了一种用于打印设备的核心/轮毂组件,其提供容易的对准和插入,并且保持安全接口以防止打印机操作期间的芯片滑动。 轮毂包括安装在近端处的键,用于在与芯接合时传递扭矩。 毂还包括构造成容纳在芯中并且向其提供纵向支撑的花键。 芯包括多个纵向延伸的肋,其协作以形成用于接纳轮毂的花键的通道。 肋的一部分包括柔性的径向定向的板簧,其将芯体定位在轮毂上,并且通过在正确地插入其中时使芯部的近端处的键接合来提供芯体在轮毂上的物理配合。
    • 5. 发明申请
    • Method and device for winding a paper or board web
    • 用于卷绕纸张或纸板网的方法和装置
    • US20040056142A1
    • 2004-03-25
    • US10433759
    • 2003-10-10
    • Pauli KoutonenHeikki FnullhrMarkku Jnullrvensivu
    • B65H018/04
    • B65H19/2284B65H2301/41282B65H2301/414866B65H2301/41829B65H2511/22B65H2515/30B65H2701/1924B65H2801/84B65H2220/01B65H2220/02
    • The invetion realtes to a method in winding, wherein separate rolls are formed side by side around roll cores (10a, 10b) placed one after the other while supported bz support members and wherin the roll cores (10a, 10B) are pressed at their ends against one another by means of core chucks (20) arranged in connection with the free ends of the outermost roll cores (10a, 10b). In te method, the roll cores (10a, 10b) are placed in a desired position and subjected to a desired compression force by means of the core chucks (20), the lenght of the row of the rool cores (10a, 10b) is determined, and the compression force of at lest one core chuck (20) is regulated during winding when the lenght of the roll core row changes to keep the compression force and/or the lenght of the roll core row within desired limits. The invention also relates to advice in winding wherein separate rolls are formed side around roll cores (10a, 10b) placed one after the other while supported ba support member, which device is a core chuck (20) arranged in connection with the free ends of the outermost roll cores (10a, 10b). At least one core chuck (20) comprises measuring devices (21, 23) for measuring the position and the compression force of the core chuck (20) and control devices (22) for controlling the opeation of the coree chuck (20) to keep the position and the compression force of the core chuck (20) as desired.
    • 这种侵入涉及一种卷绕方法,其中单独的辊子并排地形成在一个接一个放置的卷芯(10a,10b)周围,同时被支撑的bz支撑构件并且在它们的端部处挤压卷芯(10a,10B) 通过与最外侧辊芯(10a,10b)的自由端配置的芯夹头(20)彼此相对。 在方法中,将卷芯(10a,10b)放置在期望的位置,并通过芯卡盘(20)进行所需的压缩力,辊芯(10a,10b)的行的长度为 并且当卷芯的长度改变时,在卷绕期间调节至少一个芯卡盘(20)的压缩力,以将卷芯列的压缩力和/或长度保持在期望的限度内。 本发明还涉及绕组中的建议,其中单独的辊形成在一侧相邻放置的辊芯(10a,10b)的侧面,而支撑的支撑构件是与芯片夹头(20)的自由端 最外侧的卷芯(10a,10b)。 至少一个芯卡盘(20)包括用于测量芯卡盘(20)的位置和压缩力的测量装置(21,23)和用于控制卡盘卡盘(20)的运动的控制装置(22),以保持 芯卡盘(20)的位置和压缩力。
    • 6. 发明申请
    • Apparatus and method employing an annular device for intermediating between a winding mandrel and core
    • 装置和方法采用环形装置来在卷绕心轴和芯之间进行中介
    • US20020121570A1
    • 2002-09-05
    • US09796404
    • 2001-03-02
    • Michael Yermal
    • B65H018/04B65H075/24
    • B65H75/247
    • Cores can be engaged and disengaged with a plurality of annular devices fitted over a mandrel. The mandrel has fluid passage communicating with a spaced plurality of radially disposed channels. Pistons in the channels can, in response to fluid pressure, extend outwardly in order to bear on the annular devices. Changes in the volume of fluid inside the fluid passage and the channels are substantially equal to the total displacement of the pistons. Each annular device has an inner ring with at least one camming track rotatably mounted inside an outer ring. The inner ring has an inside portion including a material different from material of said outer ring. The outer ring is fitted inside the core and the inner ring is fitted over the mandrel. A gripping member is fitted in an aperture of the outer ring to move along the camming track. This gripping member is outwardly thrustable through the aperture in accordance with the position of the gripping member in the camming track.
    • 芯可以与安装在心轴上的多个环形装置接合和分离。 心轴具有与间隔开的多个径向设置的通道连通的流体通道。 通道中的活塞可以响应于流体压力向外延伸以承受在环形装置上。 流体通道和通道内的流体体积的变化基本上等于活塞的总排量。 每个环形装置具有内环,其具有可旋转地安装在外圈内的至少一个凸轮轨道。 内环具有包括与所述外环的材料不同的材料的内部部分。 外圈安装在芯部内部,内圈安装在心轴上。 夹持构件安装在外圈的孔中以沿着凸轮轨道移动。 根据夹持构件在凸轮轨道中的位置,该夹持构件向外推动穿过该孔。
    • 7. 发明申请
    • Tape reel assembly with hub sleeve and spherical piece for a data storage tape cartridge, and method of manufacture
    • 具有轮毂套的带盘组件和用于数据存储带盒的球形件,以及制造方法
    • US20010054662A1
    • 2001-12-27
    • US09892357
    • 2001-06-28
    • Christopher J. ZwettlerDaniel C. Egan
    • G11B023/087B65H018/04B65H016/04
    • G11B23/08728G11B23/044
    • A tape reel assembly for use with a data storage tape cartridge. The data storage tape cartridge includes a housing, a tape reel pin, the tape reel assembly, and a storage tape. The tape reel assembly is rotatably associated with the tape reel pin and includes a hub, a spherical piece and a sleeve. The spherical piece is insert molded within an axial bore of the hub and provides a thrust surface. The sleeve is also insert molded within the axial bore of the hub and provides a journal bearing surface. In accordance with a method of the present invention, the tape reel assembly is formed as part of an injection molding process, whereby a core pin precisely positions the spherical piece and co-axially centers the sleeve relative to an outer, tape winding surface of the hub.
    • 一种用于数据存储带盒的磁带卷轴组件。 数据存储带盒包括壳体,带盘销,磁带盘组件和存储带。 磁带盘组件可旋转地与磁带盘销相关联并且包括轮毂,球形件和套筒。 球形件插入模制在轮毂的轴向孔内并提供推力表面。 套筒也嵌入模制在毂的轴向孔内并提供轴颈轴承表面。 根据本发明的方法,磁带盘组件形成为注射成型工艺的一部分,由此芯销精确地定位球形件并且相对于套筒的外侧的带的卷绕表面使套筒同轴地居中 枢纽。
    • 8. 发明申请
    • Core and shaft assembly for a printer
    • US20020084376A1
    • 2002-07-04
    • US09751064
    • 2000-12-28
    • Pitney Bowes Incorporated
    • Pasquale J. Salvo
    • B65H016/04B65H018/04
    • B65H75/08B65H2601/26
    • This invention provides a core and shaft assembly that enables a user to place a core of web material onto the shaft in a position for feeding the web material. This invention provides a web material core with axially positioned areas that mate with a shaft that has upwardly protruding pins thereby preventing the shaft from rotating when a core with web material wound around it that will not work in the machine is placed on the shaft. The core onto which a web of material can be wound or supported has at least one axially extending slot. The slot extends from the end of the core and ends in the central portion of the core. The shaft subassembly comprises an inner shaft having notches and an outer shaft having spring-loaded pins. The spring-loaded pins mate with the notches on the inner shaft when a core, not designed for use by the given machine, is mounted onto the shaft. The shaft assembly will cease rotating thereby causing the core with the web material wound around it to stop rotating also. Another embodiment provides a core with web material wound around it that has axially extending grooves whereby the grooves extend an unequal distance from each end of the core toward the central portion. There is an indent at the end of the groove allowing the spring-loaded pins located on the outer shaft to engage. The upwardly protruding pins will mate with the indent and allow the core to rotate.
    • 9. 发明申请
    • Winding core holding mechanism, roll medium holding device having the same, and winding device using said mechanism and device
    • 卷绕芯保持机构,具有该卷绕介质保持装置的卷筒介质保持装置,以及使用该机构和装置的卷绕装置
    • US20010054667A1
    • 2001-12-27
    • US09828006
    • 2001-04-06
    • Fumito KomatsuNoboru UenoKiyotsugu Takasawa
    • B65H018/04B65H075/18
    • B65H75/08B65H2511/14B65H2220/11B65H2220/04
    • A winding core holding mechanism is described for holding at least one end portion of a winding core on which a thin medium such as paper, film, or cloth is wound. The mechanism comprises a base fixed in the axial direction of the winding core. A larger diameter reference portion is included, which is capable of axially moving in and out of the base and abuts an end face of the winding core. The mechanism also comprises a tapered larger diameter centering portion which is capable of axially moving in and out of the larger diameter reference portion and fits into the winding core of larger diameter. Also included is a smaller diameter reference portion, which is capable of axially moving in and out of the base and abuts an end face of the winding core of smaller diameter. A tapered smaller diameter centering portion is further included, which is capable of axially moving in and out of the smaller diameter reference portion and fits into the winding core of smaller diameter. In order to hold the winding core of larger diameter, the larger diameter centering portion centers the winding core while falling into the larger diameter reference portion, and also the larger diameter reference portion falls into the base to position the end face at a predetermined reference position with respect to the base. In order to hold the winding core of smaller diameter, the smaller diameter centering portion centers the winding core while falling into the smaller diameter reference portion, and also the smaller diameter reference portion, the larger diameter reference portion, and the larger diameter centering portion fall into the base to position the end face at the reference position.
    • 描述了用于保持卷绕芯的至少一个端部的卷绕芯保持机构,其上缠绕有诸如纸,膜或布的薄介质。 该机构包括在卷芯的轴向固定的基座。 包括较大直径的基准部分,其能够轴向地移入和移出基座并且邻接绕组芯的端面。 该机构还包括锥形的较大直径对中部分,其能够沿较大直径的基准部分轴向移动和移出,并且配合到较大直径的卷绕芯中。 还包括较小直径的基准部分,其能够轴向地移入和移出基座并且抵靠较小直径的卷绕芯的端面。 还包括锥形的较小直径对中部分,其能够沿较小直径的基准部分轴向移动和移出,并且配合到较小直径的卷绕芯中。 为了保持较大直径的卷绕芯,较大直径的对中部分在卷绕芯中心并落入较大直径的基准部分中,并且较大直径的基准部分也落入基座中,以将端面定位在预定的基准位置 相对于基地。 为了保持较小直径的卷芯,较小直径的对中部分在卷绕芯中心处于较小直径的基准部分的中心处,而较小直径的基准部分,较大直径的基准部分和较大直径的定心部分下降 进入底座以将端面定位在参考位置。